Customer Favorite Chevy Ls3 Stainless Steel Shaft Pro Series Rocker Arm System, 1.7 Ratio, Needle Bearing Trunnion, Needle Bearing Tip Up To 80% Off [NfKWR4sV]

Chevy LS3 Stainless Steel Rocker Arm System

Elevate the performance of your Chevy LS3 engine with TSP's premium Pro Series stainless steel shaft rocker arm system. This state-of-the-art kit is designed to provide a significant boost to your V8 powerplant. Constructed with billet steel stands and shafts, this all-in-one system is engineered to enhance the overall efficiency and durability of your engine.

Key Features and Specifications

The Chevy LS3 Stainless Steel Shaft Pro Series Rocker Arm System boasts a range of impressive features and specifications. With a 1.7 ratio and needle bearing trunnion and tip, this system ensures optimal performance and longevity. Here are some of the standout features:

• Full Roller Rocker Arms for smooth operation and reduced friction.
• Needle Bearing Trunnion and Tip for increased durability and precision.
• Stainless Steel Construction for resistance to corrosion and enhanced strength.

This system is compatible with Chevrolet Small Block V8 Gen. IV (LS BASED) engines, including the 6.2 L / 376 in3 variant, and offers an open pressure rating of 650lb and a maximum RPM of 8000RPM.

Practical Uses and Benefits

The Chevy LS3 Stainless Steel Shaft Pro Series Rocker Arm System is the perfect upgrade for both amateur and professional mechanics looking to enhance their engine's performance. Whether you're a weekend warrior or a seasoned tuner, this system offers numerous benefits:

• Improved Performance with reduced friction and enhanced durability.
• Increased Engine Power through the optimized 1.7 ratio.
• Longevity with stainless steel construction and precision engineering.

This system is ideal for daily driving, racing, or any application where peak engine performance is a priority. Upgrade your Chevy LS3 engine today and experience the difference that TSP's premium Pro Series stainless steel shaft rocker arm system can make.